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- W3209736516 abstract "High-efficiency phosphate removal from wastewater is crucial for protecting environmental stability. In this work, a lanthanum carbonate grafted ZSM-5 adsorbent (LC-ZSM-5) was prepared and optimized by a Box-Behnken design. The higher temperature, molar ratio of urea to lanthanum and initial lanthanum concentration are beneficial for LC-ZSM-5 synthesis, and the adsorption capacity of LC-ZSM-5 under optimistic conditions was 91.2 mg-PO43-/g. The growth mechanism indicates that the LC particles grow larger with synthesis time and finally agglomerate, and 12 h is the best synthesis time. The thermodynamic results show that phosphate adsorption over LC-ZSM-5 is a spontaneously exothermic and combined physicochemical adsorption process. Kinetic studies suggest that higher temperatures help increase the phosphate adsorption rate, and chemical adsorption plays an important role during adsorption with an activation energy Ea of 42.7 kJ/mol. The adsorption mechanism of the phosphate uptake process includes electrostatic attraction and ligand exchange, through which LC is changed to lanthanum phosphate (LP) during adsorption. Finally, the regeneration study revealed that LC-ZSM-5 still exhibited a high adsorption capacity after 5 cycles, showing its satisfactory regeneration ability and potential industrial application." @default.
- W3209736516 created "2021-11-08" @default.
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- W3209736516 creator A5091512528 @default.
- W3209736516 date "2022-02-01" @default.
- W3209736516 modified "2023-10-18" @default.
- W3209736516 title "Lanthanum carbonate grafted ZSM-5 for superior phosphate uptake: Investigation of the growth and adsorption mechanism" @default.
- W3209736516 cites W1968693609 @default.
- W3209736516 cites W1969252297 @default.
- W3209736516 cites W1973337621 @default.
- W3209736516 cites W1980224647 @default.
- W3209736516 cites W1987296983 @default.
- W3209736516 cites W1988847688 @default.
- W3209736516 cites W1991969963 @default.
- W3209736516 cites W1994461713 @default.
- W3209736516 cites W1996723766 @default.
- W3209736516 cites W2003940357 @default.
- W3209736516 cites W2005142916 @default.
- W3209736516 cites W2008887730 @default.
- W3209736516 cites W2028463326 @default.
- W3209736516 cites W2033981553 @default.
- W3209736516 cites W2036271234 @default.
- W3209736516 cites W2043951892 @default.
- W3209736516 cites W2045942425 @default.
- W3209736516 cites W2050138812 @default.
- W3209736516 cites W2053428471 @default.
- W3209736516 cites W2063731633 @default.
- W3209736516 cites W2066947166 @default.
- W3209736516 cites W2074862613 @default.
- W3209736516 cites W2080492072 @default.
- W3209736516 cites W2195372809 @default.
- W3209736516 cites W2278294008 @default.
- W3209736516 cites W2288866698 @default.
- W3209736516 cites W2302686902 @default.
- W3209736516 cites W2337165240 @default.
- W3209736516 cites W2510129411 @default.
- W3209736516 cites W2516534513 @default.
- W3209736516 cites W2547168472 @default.
- W3209736516 cites W2576705446 @default.
- W3209736516 cites W2588392621 @default.
- W3209736516 cites W2740235545 @default.
- W3209736516 cites W2745425641 @default.
- W3209736516 cites W2755144638 @default.
- W3209736516 cites W2765957591 @default.
- W3209736516 cites W2789345910 @default.
- W3209736516 cites W2790556240 @default.
- W3209736516 cites W2791537037 @default.
- W3209736516 cites W2792226161 @default.
- W3209736516 cites W2801921929 @default.
- W3209736516 cites W2803566152 @default.
- W3209736516 cites W2805035242 @default.
- W3209736516 cites W2810702699 @default.
- W3209736516 cites W2876927810 @default.
- W3209736516 cites W2886208751 @default.
- W3209736516 cites W2888968188 @default.
- W3209736516 cites W2890327657 @default.
- W3209736516 cites W2895872532 @default.
- W3209736516 cites W2901565585 @default.
- W3209736516 cites W2901639317 @default.
- W3209736516 cites W2902847741 @default.
- W3209736516 cites W2904998844 @default.
- W3209736516 cites W2913178657 @default.
- W3209736516 cites W2923182685 @default.
- W3209736516 cites W2939193816 @default.
- W3209736516 cites W2955699186 @default.
- W3209736516 cites W2955926045 @default.
- W3209736516 cites W2956508669 @default.
- W3209736516 cites W2975518745 @default.
- W3209736516 cites W2980106417 @default.
- W3209736516 cites W2990165002 @default.
- W3209736516 cites W2997982181 @default.
- W3209736516 cites W3011017927 @default.
- W3209736516 cites W3011074202 @default.
- W3209736516 cites W3011130022 @default.
- W3209736516 cites W3013137572 @default.
- W3209736516 cites W3014878996 @default.
- W3209736516 cites W3087030270 @default.
- W3209736516 cites W3092447541 @default.
- W3209736516 cites W3120539597 @default.
- W3209736516 cites W3145062060 @default.
- W3209736516 cites W3148057016 @default.
- W3209736516 cites W3156328648 @default.
- W3209736516 cites W3177978805 @default.
- W3209736516 cites W3196083498 @default.
- W3209736516 cites W761217613 @default.
- W3209736516 doi "https://doi.org/10.1016/j.cej.2021.133166" @default.
- W3209736516 hasPublicationYear "2022" @default.
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